def get_lambda(self, resource_type):
if resource_type == 'write':
lambda_args = ["old_object", "new_object", "object_ref"]
user_ref = q.select(self.current_user_field,
q.select('data', q.var('old_object')))
return q.query(
q.lambda_(
lambda_args,
q.and_(
q.equals(user_ref, q.current_identity()),
q.equals(
q.select(self.current_user_field,
q.select('data', q.var('new_object'))),
q.current_identity()))))
elif resource_type == 'create':
lambda_args = ["new_object"]
user_ref = q.select(self.current_user_field,
q.select('data', q.var('new_object')))
elif resource_type == 'read':
lambda_args = ["object_ref"]
user_ref = q.select(self.current_user_field,
q.select('data', q.get(q.var('object_ref'))))
return q.query(
q.lambda_(lambda_args, q.equals(user_ref, q.current_identity())))
def get_body(self):
return q.query(
q.lambda_(
["input"],
q.let(
{
"user":
q.match(q.index("unique_User_username"),
q.select("username", q.var("input")))
},
q.if_(
q.equals(
q.select(["data", "account_status"],
q.get(q.var("user"))), "ACTIVE"),
q.select(
"secret",
q.login(
q.var("user"), {
"password":
q.select("password", q.var("input")),
"ttl":
q.time_add(q.now(), 7, 'days')
})),
q.abort(
"Account is not active. Please check email for activation."
)))))
def get_body(self):
return q.query(
q.lambda_(
["input"],
q.delete(
q.ref(q.collection(self.collection.get_collection_name()),
q.select('id', q.var("input"))))))
def get_lambda(self, resource_type):
if resource_type == 'write':
group_ref = q.select(self.current_group_field,
q.select('data', q.var('old_object')))
lambda_args = ["old_object", "new_object", "object_ref"]
return q.query(
q.lambda_(
lambda_args,
q.and_(
q.exists(
# User ID from index
q.select(
self.through_user_field,
q.select(
"data",
q.get(
q.match(
q.index(self.relation_index_name),
group_ref,
q.current_identity()))))),
q.equals(
q.select(self.current_group_field,
q.select('data', q.var('old_object'))),
q.select(self.current_group_field,
q.select('data', q.var('new_object'))),
))))
elif resource_type == 'create':
group_ref = q.select(self.current_group_field,
q.select('data', q.var('new_object')))
lambda_args = ["new_object"]
elif resource_type == 'read':
group_ref = q.select(self.current_group_field,
q.select('data', q.get(q.var('object_ref'))))
lambda_args = ["object_ref"]
return q.query(
q.lambda_(
lambda_args,
q.exists(
#User ID from index
q.select(
self.through_user_field,
q.select(
"data",
q.get(
q.match(q.index(self.relation_index_name),
group_ref, q.current_identity())))))))
def get_body(self):
data_dict = {
"data": self.get_fields(),
}
return q.query(
q.lambda_(["input"],
q.create(
q.collection(self.collection.get_collection_name()),
data_dict)))
def get_body(self):
return q.query(
q.lambda_(["input"],
q.map_(
q.lambda_(['ref'], q.get(q.var('ref'))),
q.paginate(
q.match(q.index(
self.collection.all_index_name())),
q.select('size', q.var('input'))))))
def get_body(self):
return q.query(
q.lambda_(["input"],
q.if_(
q.identify(
q.current_identity(),
q.select("current_password", q.var("input"))),
q.update(
q.current_identity(), {
"credentials": {
"password":
q.select("new_password", q.var("input"))
}
}), q.abort("Wrong current password."))))
def get_function_lambda(self):
return q.query(
q.lambda_(['data'],
q.equals(
q.select(
'account_status',
q.select(
'data',
q.match(
q.index(
'unique_User_username',
q.select('username',
q.var('data')))))),
"ACTIVE")))
def get_body(self):
data_dict = {
"data": self.collection.get_fields(),
"credentials": {
self.collection._credential_field:
q.select(self.collection._credential_field, q.var("input"))
}
}
return q.query(
q.lambda_(
["input"],
q.let(
{
'result':
q.create(
q.collection(
self.collection.get_collection_name()),
data_dict),
'input':
q.var('input')
},
# If 'groups' key is an array
q.if_(
q.is_array(q.select('groups', q.var('input'))),
q.foreach(
q.lambda_(
'group',
q.create(
q.collection(
self.collection._base_properties.get(
'groups').relation_name),
{
'data': {
'userID':
q.select('ref', q.var('result')),
'groupID':
q.var('group')
}
})), q.select('groups', q.var('input'))),
q.abort('Groups not defined.')))))
def get_lambda(self, resource_type):
lambda_args = ["object_ref"]
return q.query(
q.lambda_(lambda_args,
q.equals(q.var('object_ref'), q.current_identity())))
